Following the aura data source to ClassicAPI exposed a chain of machinery that
nothing consumed any more.
ValidateAura's non-player overflow fallback is gone. It existed because a buff
can occupy server slots 33-48 with no client slot, so it read presence and
duration out of AllCasterAuraTracking behind a UnitDebuff slot scan that stopped
[buff:Name] matching a debuff. ClassicAPI settles this at the source: its
HELPFUL/HARMFUL filters select on each aura's real polarity flag rather than the
slot range it happens to sit in, so per docs/API.md "a debuff parked in a buff
slot still reads harmful" -- and an overflowed buff still reads helpful. The
ClassicAPI resolution already covers the case, and classifies it more accurately
than the slot-range guard did.
That removed the last caller of FindAllCasterAuraByName (67 lines), and the
player-side allBuffAuras timing lookup went with it: for the player, C_Spell...
C_UnitAuras reads expirationTime out of the engine's own player-buff table, so it
is the more authoritative source rather than a fallback.
With no readers left, three tables turn out to be pure overhead -- populated on
every buff aura event, swept periodically, cleared on removal and death, and
never read for aura state:
- lib.allBuffAuras [guid][name][caster] = {startTime, duration, rank}
- lib.ownBuffCasts [guid][name] = {startTime, duration, spellId, ...}
- lib.pendingBuffCasts [guid][spellId] = {casterGuid, duration, name, time}
pendingBuffCasts only existed to correlate AURA_CAST_ON_OTHER with
BUFF_ADDED_OTHER so the other two could be filled, so removing them emptied the
BUFF_ADDED_OTHER handler entirely. That event is no longer registered, and pfUI
compat no longer unregisters an event we never ask for.
Fixes a regression from the previous commit in this series: removing the
allBuffAuras/ownBuffCasts blocks from BUFF_REMOVED_SELF and BUFF_REMOVED_OTHER
also deleted their `local spellName = C_Spell.GetSpellName(spellId)`, leaving
later `if spellName` guards reading a nil global. The OverflowBuffsByName and
AllCasterAuraTracking prunes in those branches had silently stopped running.
Both declarations are restored.
AllCasterAuraTracking itself stays: OverflowBuffFrame and the aura-tracking
writers still use it.
ValidateAura resolved remote aura timers from libdebuff's allBuffAuras and then
from AllCasterAuraTracking via FindAllCasterAuraByName. Both existed for one
reason: vanilla cannot report a timer for an aura on a unit other than the
player. ClassicAPI's Aura::Source cache does, reconstructing duration and
expirationTime for any unit from the observed SMSG_SPELL_GO -- caster-modified,
so talent extensions and combo-point finisher scaling are already applied, and
Carnage's roll-gated Rip/Rake refresh is handled in the DLL rather than mirrored
in Lua.
Replaced that ~70-line cascade with ResolveUnitAuraViaClassicAPI, a positional
C_UnitAuras.UnitAura scan over the relevant range. Matching stays ours -- by
spellID when the conditional supplied a number, else by lowercased name, since
C_UnitAuras' own by-name lookup is case-sensitive and exact and would miss
[debuff:thunder_clap]. It runs after the existing scans and overrides them, which
is what "source of truth" means here.
Also drops the libdebuff UnitBuff timeleft bug the old comments worked around
(timeleft reporting ~1000s), since nothing reads it on this path any more.
Presence and stacks from C_UnitAuras are reliable. Timing is best-effort by
design: an aura cast before login, or one refreshed at max stacks, yields no
expirationTime, and remaining is left nil so the caller keeps its found-and-0
default. A permanent aura (duration 0) reports -1, matching the existing
convention.
Still on the old machinery and not yet migrated: the non-player overflow-slot
buff path (AllCasterAuraTracking, guarded by a debuff-slot check) and the player
branches. AllCasterAuraTracking still has 56 references across 5 files, mostly
OverflowBuffFrame and Conditionals.
Assume a modern pfUI, and drop the version-tiered branching entirely: 31 call
sites across five files, plus the flag and its detector.
Note which side was actually dead. HasPfUI76() required four things -- pfUI
version >= 7.6, Nampower >= 2.40, pfUI.libdebuff_objects_guid, and
pfUI.libdebuff_casts. The last one does not exist: pfUI exports 28 libdebuff_*
tables and libdebuff_casts is not among them (libdebuff_recent_casts is a
dedup table keyed [targetGuid][spellName][casterGuid], a different shape). So
the detector returned false at any version, and it was the hasPfUI76-TRUE
branches that never ran, not the fallbacks. Removing those is behaviour-
preserving; keeping SCRM as the owner of castTracking is what the code has
always actually done.
Removed accordingly:
- lib:HasPfUI76(), both flag declarations, and the block that would have aliased
castTracking to pfUI.libdebuff_casts and re-pointed lib.objects/iconCache.
- HookPfUILibdebuff's "7.6 handles durations internally" early return, so the
GetDuration/AddEffect hooks below it are visibly the live path again.
- The SPELL_START_OTHER / SPELL_FAILED_OTHER unregister arm, the pfUI branch of
GetAuraTrackingData, the pfUI76 arm of the libdebuff zone/death cleanup, the
pfUI backing table in the /cleveroid aura dump, and two status-string suffixes.
- SyncComboDurationToPfUI (77 lines) with its two call sites: it returned
immediately whenever hasPfUI76, and is inert once the tier split is gone.
Unconditionalised the paths that were gated on `not hasPfUI76`: the castTracking
populate/clear/sweep, InitPfUIIntegration on login, and ten libdebuff duration
lookups.
Verified no hasPfUI76 reference remains, and that per-file block balance is
unchanged from HEAD.
* add support for 'button' conditional
* Route [button] through Multi, add [nobutton], register as static
- [button] now reads conditionals.button via Multi(...) instead of indexing
_groups.button[1].values[1] directly, so OR/AND lists and repeated groups
behave like every other argument conditional. [button:1/2] now matches left
or right; previously only the first value was ever checked and the rest were
silently dropped. This also removes the unguarded _groups reach-in, which
Multi itself defends against (it checks _groups is present and falls back to
_operators).
- Adds [nobutton:N] via NegatedMulti, following the convention that every
conditional ships its negation (nomod, nostance, nokeydown, ...).
- Bare [button] / [nobutton] now mean "any / no mapped mouse button held",
mirroring bare [mod]. Bare [nobutton] doubles as an "activated by a keybind
rather than a click" test.
- Registers button/nobutton in STATIC_CONDITIONALS next to mod and keydown, so
they are checked once up front rather than re-evaluated for every candidate
unit during multiscan target scanning.
Still open: IsMouseButtonDown reports live physical state, so a keybound macro
has no button held and [button:N] is false for it, and whether the button still
reads down at macro-execution time depends on whether the action button fires on
mouse-down or mouse-up. Needs in-game verification.
---------
Co-authored-by: Brues <5278969+brues-code@users.noreply.github.com>
- Resolve Feed Pet from spell ID 6991 (C_Spell.GetSpellName) so /feedpet works on non-enUS clients without a Localized.Spells entry
- Fix CleveRoids.IsReactive referencing undefined global spellName instead of its name parameter
HasGearEquipped now wraps ClassicAPI's native slot-walk, which
short-circuits on first match. Removes BuildEquipmentCache, the
_equipped* cache tables/invalidation, and the InvalidateEquipmentCache
call from PLAYER_EQUIPMENT_CHANGED. [equipped] reads live engine state,
so no cache staleness surface remains; also gains item-link support.
Detects a spell-school interrupt lockout (Counterspell/Kick/Pummel/Earth
Shock) on the player -- the server-side lockout that no debuff scan can see,
since it's a SMSG_SPELL_COOLDOWN packet, not an aura. ClassicAPI's
C_LossOfControl aggregates it as SCHOOL_INTERRUPT with a lockoutSchool mask.
ClassicAPI.GetSchoolLockout() returns the locked school mask; ValidateSchoolLocked
tests a school name against it (bitmask check without the 5.1-only % operator).
[locked] = any school kicked, [locked:frost] = that school, [locked:fire/frost]
= either; [nolocked:...] negates with AND (neither). Registered in
BOOLEAN_CONDITIONALS for the bare form; LOSS_OF_CONTROL_ADDED/UPDATE wired to
refresh the icon. Full silences remain [mycc:silence].
CheckWeaponImbueByName now resolves the applied temp-enchant ID to its
localized name via ClassicAPI (C_Item.GetEnchantInfo) and matches that
directly -- exact and locale-clean, replacing the green-text tooltip
heuristics for named enchants (poisons, oils, Mongoose, Windfury). Only
nameless enchants (sharpening/weightstones, no DBC name) fall through to
the tooltip scan, so no regression.
Uses ClassicAPI's modern C_Item.GetWeaponEnchantInfo (12-tuple with
enchant IDs) plus C_Item.GetEnchantInfo (ID -> localized name) to match
WHICH temporary weapon enchant is applied -- by SpellItemEnchantment ID or
name -- not just that one exists. Locale-proof and exact, unlike
[mhimbue:Name]'s green-text tooltip scan.
ClassicAPI.lua gains GetWeaponEnchant(slot) (centralizes the tuple
indexing, vanilla-global fallback) and GetEnchantName(id). ValidateWeaponImbue
now reads through GetWeaponEnchant. New keywords mhenchant/nomhenchant/
ohenchant/noohenchant support bare (any enchant), single ID/name, and
OR-lists ([mhenchant:2823/Deadly_Poison]); registered in BOOLEAN_CONDITIONALS
for the bare form and auto-added to VALID_CONDITIONALS via Keywords.
Checks whether a saved ClassicAPI equipment set is currently equipped, via
C_EquipmentSet.GetEquipmentSetInfo's isEquipped flag (wrapped as
ClassicAPI.IsEquipmentSetEquipped). Named [equipset] rather than [set] to avoid
colliding with the existing tier/item-set piece-count conditional. Supports
OR-lists ([equipset:Raid/Farm]) and negation ([noequipset:PvP]). Pairs with the
conditional /equipset command: swap with one, branch on the other.
Read a SPECIFIC power slot (Enum.PowerType) as a percentage via ClassicAPI
UnitPower/UnitPowerMax, rather than the unit's primary power. Adds mana/
mymana, rage/myrage, energy/myenergy (no-prefix = target, @unit-overridable;
my = player), each supporting operators and multi-comparison like [power]/
[mypower]. Works cross-form (druid mana in Cat) and cross-unit -- the
standout being [@target,mana:<15] to catch a caster near OOM. A unit with no
such pool (max <= 0) fails rather than reading 0%. Registered in the macro
error checker (needsArgs + operator hint); VALID_CONDITIONALS auto-populates
from Keywords.
ValidateHpLost now gets the health deficit in one call through
CleveRoids.ClassicAPI.UnitHealthMissing, mirroring how ValidatePowerLost
uses UnitPowerMissing, instead of hand-computing max - current via
NampowerAPI.
Add ClassicAPI UnitPower/UnitPowerMax/UnitPowerMissing/UnitPowerType wrappers
and route the power conditionals through them:
- ValidatePower/ValidateRawPower/GetCachedPlayerPower(Percent) use UnitPower /
UnitPowerMax (omitted type = primary power, matching the old UnitMana path).
- ValidatePowerLost uses UnitPowerMissing (one call vs max - current).
- powertype/nopowertype use ClassicAPI.UnitPowerType.
Replace the SuperWoW "2nd return of UnitMana = caster mana" druid hack in
ValidateDruidRawMana and the #showtooltip OOM check with UnitPower(unit, 0),
which reads the mana slot directly and survives shapeshift. Verified in Cat
Form: UnitPower('player', 0) returns caster mana while UnitPower('player', 3)
returns energy.
Remove the now-dead Nampower GetUnitField-based GetUnitPower/GetUnitMaxPower
wrappers and POWER_FIELDS tables (no caller passed a powerType, so that path
never ran).
Migrate the healing/*_power/spell_power conditionals off Nampower's
GetSpellPower to ClassicAPI GetSpellBonusDamage(school) / GetSpellBonusHealing.
Both read the same client field, so the per-school damage values are identical
while dropping the Nampower v2.31 gate.
Fixes healing/healingpower: GetSpellPower returns no healing value, so they were
returning the 2nd school (holy spell damage) as a stand-in for +healing.
GetSpellBonusHealing returns the real (derived) +healing.
Prune the now-unused Nampower GetSpellPower wrapper, feature-table entry, and
feature flag.
Replace numeric GetNumPartyMembers/GetNumRaidMembers checks with IsInGroup() and IsInRaid() in Conditionals.lua for the group and nogroup conditionals.
Swap 166 call sites from GetSpellRecField(id, "name") to
C_Spell.GetSpellName(id) and GetSpellRecField(id, "rank") to
C_Spell.GetSpellSubtext(id) across Core, Conditionals, Utility,
ComboPointTracker, CursiveCustomSpells, pfUI, OverflowBuffFrame, and
Generic. Guard forms and the _GetSpellRecField alias calls collapse to the
direct C_Spell call.
GetSpellRecField stays for fields with no C_Spell equivalent (school,
spellIconID, mechanic, effectMechanic, effectApplyAuraName, stackAmount,
rangeIndex) and inside the NampowerAPI wrapper layer.
Back them with ClassicAPI IsMounted() and UnitStandState("player").
mounted/nomounted are player mount state; standing = stand state 0,
sitting = any non-standing pose (its complement). Player-only, registered
in Keywords, BOOLEAN_CONDITIONALS, and STATIC_CONDITIONALS like [stealth].
Replace GetInventoryItemLink/GetContainerItemLink link-scraping with
direct ClassicAPI reads across the item conditionals:
- [equipped] cache build: GetInventoryItemID + C_Item.GetItemName
(decorated name replaces the old bracket-name / GetItemInfo two-step)
- slot-number -> item name resolves ([cd], [usable]/[nousable]):
C_Item.GetItemName location form
- HasItem / GetItemCooldown substring fallbacks: match the decorated
name instead of the raw link string
- numeric-slot presence check: GetInventoryItemID
Suffix decoration is preserved via the location form, so partial/
suffixed [equipped:...] matches behave as before.
Item-set membership and set info now read ItemSet.dbc directly through
ClassicAPI instead of the nampower/Reliquary glue, so set features no
longer require the Reliquary DLL to be installed.
- ClassicAPI.lua: add GetItemSetIDByID and GetItemSetInfo wrappers.
- Utility.lua: repoint ResolveSetItems, CountEquippedSetItemsBySetId,
GetEquippedItemSetInfo, and GetEquippedSetPieceCount at the ClassicAPI
accessors. Set-name matching now uses the DBC name (localized; identical
to the old enUS path on English clients).
- NampowerAPI.lua: remove the now-unused GetItemSet/GetItemSetId/
GetItemSetItems/GetItemSetBonuses, the dead GetSpellEffectRadius (no
callers, only radius source was Reliquary), and the orphaned RQ_SafeCall.
- Init.lua: drop hasReliquary detection and its startup feature line.
- Conditionals.lua: update the [set:] comment (no longer Reliquary-gated).
HasWeaponEquipped matched the localized GetItemInfo subtype string, which
required a hand-maintained translation of all 13 weapon/shield subtypes per
locale plus brittle "^Fist"/last-word string parsing.
Use the locale-independent class/subclass IDs from C_Item.GetItemInfoInstant
instead:
- Init.lua: WeaponTypeNames entries now carry numeric class + subClass set
(Axes/Swords/Maces span their 1H+2H subclasses; Shields are armor class 4).
- Conditionals.lua: HasWeaponEquipped resolves the slot's itemID via
ClassicAPI GetInventoryItemID, then compares classID/subClassID -- no link
parsing, no string munging.
- Localization.lua: drop the now-unused weapon-subtype strings from every
locale block (112 lines).
Lean on ClassicAPI's backported readers instead of link-string parsing
and a hand-maintained mechanic table.
- ClassicAPI.lua: add wrappers GetCursorInfo/CursorHoldsItemID,
GetContainerItemID, GetInventoryItemID, and GetSpellMechanicByID.
- Core.lua: in the manual equip fallback, verify the cursor holds the
intended item (CursorHoldsItemID) before EquipCursorItem, aborting only
on a definitive mismatch so empty/unknown cursors behave as before.
- NampowerAPI.lua / Utility.lua: replace GetContainerItemLink /
GetInventoryItemLink + "item:(%d+)" parsing with direct C_Container/
inventory ID lookups at the sites that only need the itemID; route the
equipped-set scans through the GetEquippedItemID helper.
- Conditionals.lua / Utility.lua: replace the 785-entry CCSpellMechanics
fallback table with C_Spell.GetSpellMechanicByID in GetSpellMechanic and
GetSpellCCType (BuffLib / nampower paths unchanged); delete the table.
Unify both ! mechanisms (bare !spell gate-injection and bracketed
[cond] !spell dispatch skip) on ClassicAPI's CastSpellNoToggle, which
no-ops auto-repeat (Shoot/Auto Shot/Wand) and toggle auras
(forms/stances/aspects/seals) instead of toggling them off.
- Bare !spell now just sets conditionals.noSpam (no injected gate
conditional); removed spamConditions and GetSpammableConditional.
- Dispatch: melee Attack still uses AttackTarget (CastSpellNoToggle
doesn't cover the melee swing). For everything else under !, keep the
ValidatePlayerBuff anti-refresh skip (CastSpellNoToggle only covers
true toggle auras, not regular self-buffs like Mark of the Wild),
otherwise CastSpellNoToggle. This is more reliable for auto-repeat
than the old CheckChanneled path.
CheckChanneled is retained (still used by the [channeled]/[checkchanneled]
conditionals).
Add ClassicAPI.IsSwimming wrapper and route [swimming]/[noswimming] and
the swim/noswim aliases through it. Removes the Nampower v2.36
hasPlayerIsSwimming version gate and the "requires Nampower 2.36"
warning (ClassicAPI's IsSwimming is always available). Same semantics.
- CancelAura: cancel matched buffs through ClassicAPI's
C_Spell.CancelSpellByID instead of nampower CancelPlayerAuraSpellId
and the legacy slot-based CancelPlayerBuff + tooltip-scan path. The
buff scan (SuperWoW GetPlayerBuffID / nampower raw GetPlayerAuraDuration
+ overflow tracking) and the boolean return are preserved, so the
~spell cancel-vs-cast toggle still works. CancelSpellByName isn't usable
here because it reports no match.
- Focus: GetFocusUnitId no longer warns when no focus is set. In a
fallback macro ([@focus] as one alternative) that's a normal state;
the clause now silently falls through like any unresolved @unit.
Dropped the unused warn parameter and updated both callers.
- ScheduleTimer now wraps C_Timer.After, removing the dedicated timer
frame + per-frame OnUpdate loop + timers queue.
- Aura-tracking cleanup -> C_Timer.NewTicker(5) (_auraCleanupTicker);
drop the UnitXP arm, the named global CleveRoids_AuraTrackingCleanupTimer,
and the inline "not hasUnitXP" fallback in OnAuraCastOther.
- Libdebuff cleanup -> C_Timer.NewTicker(30) (_cleanupTicker); drop the
UnitXP arm and CleveRoids_LibDebuffCleanupTimer.
- Shutdown cancels the tickers instead of UnitXP timer disarm.
Cleanup now always runs (was gated on hasUnitXP) and no longer depends
on UnitXP threaded timers or named global callbacks. Tickers self-guard
on isShuttingDown and are cancelled on shutdown.
ClassicAPI exposes a native "focus" unit token (set via its own /focus
/ FOCUSTARGET keybind), accepted by every UnitX call.
- GetFocusUnitId falls back to the native "focus" token after the pfUI
emulated-focus check, so @focus / [cond:focus] / focus range checks
now work for non-pfUI users (previously focus only worked via pfUI).
- TryTargetFocus uses TargetUnit("focus") for an exact switch before the
fragile name-based TargetByName path.
- Add [focus]/[nofocus] conditionals (GetFocusUnitId ~= nil), covering
both pfUI and native focus; registered as boolean conditionals.
No addon /focus command is needed: ClassicAPI's companion addon already
registers /focus and /clearfocus.
- GetItemCooldownCached: resolve via ClassicAPI GetItemCooldown (by item
id/name) instead of FindItemLocation + nampower GetItemIdCooldown +
link parsing; equipment slots (1-19) still query the inventory slot.
- [stealth]/[nostealth] and [stl]/[nostl], and the Rogue branch of
GetCurrentShapeshiftIndex, now use ClassicAPI IsStealthed() (covers
Rogue Stealth + Druid Prowl) instead of class-gated localized buff
lookups. Note: [nostealth] is now true for non-stealth classes.
- CountEnemiesMatching nameplate scan uses C_NamePlate.GetNamePlateGUIDs()
instead of walking WorldFrame children and extracting GUIDs via
pcall(frame.GetName).
- Add ClassicAPI.IsStealthed / GetNamePlateGUIDs wrappers.
GetActionInfo:
- Add ClassicAPI.GetActionInfo wrapper; rewrite GetActionButtonInfo
(Generic.lua) to use it and resolve names via GetSpellRecField /
GetItem / GetMacroInfo, replacing the per-slot GameTooltip scan +
texture heuristic. Powers reactive-ability slot detection.
- Delete the dead SuperWoW-GetActionText copy of GetActionButtonInfo.
Spell IDs in the index:
- IndexSpells now uses ClassicAPI GetSpellInfo(slot, bookType), whose
10th return is the spellID, so every Spells entry carries .id (one
call also replaces GetSpellName + GetSpellTexture).
Dynamic pfUI action-button icons (pairs with the pfUI fork change):
- GameTooltip.SetAction hook renders spells via ClassicAPI
SetSpellByID(spell.id) instead of SetSpell(spellSlot, bookType) +
manual rank text. Items stay location-based (instance data).
- Drop the redundant GetActionSpellSlot -> GetSpellCooldown cooldown
shim in the pfUI handler; pfUI now routes through the hooked
GetActionCooldown when it defers macro scanning to us.
ClassicAPI is now required, not optional. The load-time requirement
check warns when it's missing (Core.lua), the same as Nampower/UnitXP,
and ClassicAPI-backed code calls the API directly with no fallbacks.
- ClassicAPI.lua: drop the HasUnitAuras/HasUnitSpeed/HasIsFalling
capability gates and pcall hedging; wrappers call C_UnitAuras /
GetUnitSpeed / IsFalling directly. Keep IsAvailable (used by the
requirement check) and the version helpers.
- [moving]: ClassicAPI GetUnitSpeed is the only source. Removed the
MonkeySpeed integration, the Nampower PlayerIsMoving branch, and the
100 Hz position-tracking buffer in Core.lua's OnUpdate (with its
POS_TRACK_INTERVAL constant and UnitPosition upvalue). Removed the
now-dead speed==nil guards and WarnNoSpeedSource.
- README: ClassicAPI moved to Required; MonkeySpeed dropped from
Supported Addons.
- docs/CLASSICAPI-TODO.md: record the mandatory/no-fallbacks policy.
Introduce ClassicAPI.lua, a feature-detection layer for the ClassicAPI
client mod that mirrors NampowerAPI's HasMinimumVersion pattern
(IsAvailable / HasMinimumVersion / HasUnitAuras). UnitHasDispelType
scans a unit's auras via C_UnitAuras and reports the dispel type,
scanning debuffs or buffs based on a helpful flag.
Add conditionals backed by it:
- Debuff side (defensive cleanse): [magic] [curse] [disease] [poison]
[dispellable] + negations
- Buff side (offensive dispel/strip): [magicbuff] [dispellablebuff]
+ negations
All are no-arg booleans, default to @target (honor @unit), and degrade
gracefully without ClassicAPI: positive checks return false, negated
return true, since vanilla cannot read aura dispel types. The existing
ValidateAura path is untouched. MacroErrorChecker auto-accepts them via
the Keywords table; they're registered in BOOLEAN_CONDITIONALS so they
parse as flags. Loaded after NampowerAPI in the TOC.
Uses GetBattlefieldStatus to check whether any battlefield queue
slot is in the "active" state, which indicates the player is
currently inside a battleground instance.
Brues